CN105618821A - Deep hole processing equipment with external adsorbing and collecting slot - Google Patents
Deep hole processing equipment with external adsorbing and collecting slot Download PDFInfo
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- CN105618821A CN105618821A CN201410620512.8A CN201410620512A CN105618821A CN 105618821 A CN105618821 A CN 105618821A CN 201410620512 A CN201410620512 A CN 201410620512A CN 105618821 A CN105618821 A CN 105618821A
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- adsorbing
- adsorbing bar
- main body
- collection groove
- solenoid
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Abstract
The invention discloses deep hole processing equipment with an external adsorbing and collecting slot. The deep hole processing equipment comprises a main body, a first adsorbing device and a second adsorbing device, wherein the first adsorbing device and the second adsorbing device are arranged at the two ends of the main body; the first adsorbing device comprises a first adsorbing rod and an adsorbing tip; the adsorbing tip is arranged at one end of the first adsorbing rod; the other end of the first adsorbing rod is connected to the main body; electromagnetic coilsare arranged in the first adsorbing rod; the second adsorbing device comprises a second adsorbing rod; one end of the second adsorbing rod is connected to the main body; electromagnetic coilsare arranged in the second adsorbing rod; a joint of the first adsorbing rod and the main body is provided with a first rubber pad; a joint of the second adsorbing rod and the main body is provided with a second rubber pad; anti-skidding grains are uniformly arranged at the inner side of the first rubber pad and the inner side of the second rubber pad; an adsorbing power supply is arranged in the main body; and the outer side of the main body is provided with an adsorbing power supply switch. According to the deep hole processing equipment, labor of a worker is relieved, and the working efficiency is improved; and meanwhile, scrap iron can be easily cleared from the device by utilizing the electro-magnetic induction principle.
Description
Technical field
The present invention relates to Machining Technology field, more particularly, it relates to the deep hole of external absorptive collection groove processes equipment.
Background technology
In mechanical processing process, it is frequently encountered by the situation of drilling deep hole, and generally whole iron filings can not be discharged smoothly by the rotation of drill bit from boring, after having holed, the spiral of the drill bit withdrawn from all brings out without remaining iron filings, still least a portion of ferrum bits can be remained in deep hole, following process is exerted a certain influence by these part iron filings that left behind, requirement for following process and mechanical assembly, all require over labor cleaning's ferrum bits, add the work of workman, add labour cost simultaneously, owing to hole depth is deeper, so also bothering very much when labor cleaning, and waste time and energy, have impact on the efficiency of following process and work.
Summary of the invention
Instant invention overcomes deficiency of the prior art, the iron filings of residual in boring, can only manually clear up, waste time and energy, the deep hole providing external absorptive collection groove processes equipment, alleviated the work of workman by this device, improve work efficiency, utilize the principle of electromagnetic induction to be cleared up from this device by iron filings easily simultaneously.
The purpose of the present invention is achieved by following technical proposals.
The deep hole of external absorptive collection groove processes equipment, including main body, first adsorbent equipment and the second adsorbent equipment, described first adsorbent equipment and described second adsorbent equipment are arranged on described main body two ends, described first adsorbent equipment includes the first adsorbing bar and absorption tip, described absorption tip is arranged on described first adsorbing bar one end, the described first adsorbing bar other end is connected with described main body, the first scrap collection groove it is evenly arranged with outside described first adsorbing bar, the helical angle of described first scrap collection groove is 45 ��, the degree of depth of described first scrap collection groove is the 1/2 of described first adsorbing bar radius, it is provided with solenoid in described first adsorbing bar, the quantity of the described solenoid in described first adsorbing bar is four, described solenoid in described first adsorbing bar laterally be arranged in parallel between two along described first adsorbing bar, described second adsorbent equipment includes the second adsorbing bar, described second adsorbing bar one end is connected with described main body, the second scrap collection groove it is evenly arranged with outside described second adsorbing bar, the helical angle of described second scrap collection groove is 30 ��, the degree of depth of described second scrap collection groove is the 1/3 of described second adsorbing bar radius, it is provided with described solenoid in described second adsorbing bar, the quantity of the described solenoid in described second adsorbing bar is two, described solenoid is along the described second horizontally-parallel setting of adsorbing bar, described first adsorbing bar and described main body connecting place are provided with the first rubber blanket, described second adsorbing bar and described main body connecting place are provided with the second rubber blanket, the quantity of described first rubber blanket and described second rubber blanket is two, it is evenly arranged with anti-slip veins inside described first rubber blanket and described second rubber blanket, absorption power supply it is provided with in described main body, described main body arranged outside has absorption on and off switch, described absorption on and off switch one end is connected with described absorption power supply, described solenoid in described first adsorbing bar and described second adsorbing bar is all connected with the other end of described absorption on and off switch.
The length of described second adsorbing bar is the 1/2-1 of described first adsorbing bar length.
The diameter of described second adsorbing bar is the 1/2-3/4 of described first adsorbing bar diameter.
The invention have the benefit that produce after utilizing solenoid energising magnetic sucking-off deep hole in iron filings, greatly reduce the labor intensity of workman, improve work efficiency, this apparatus structure is simple, easy to use simultaneously, economical and efficient; Main body two ends are provided with the adsorbing bar of different-diameter different length so that this device is adapted to the cleaning work of the deep iron filings inside holes of different pore size and different depth; Solenoid it is provided with, it is possible to control absorption and the cleaning of iron filings well in adsorbing bar; Being provided with absorption power supply in apparatus main body, main body arranged outside has absorption on and off switch, by adsorbing the open and close of on and off switch, controls absorption and the cleaning of iron filings.
Accompanying drawing explanation
Fig. 1 is the structural representation of the present invention;
Fig. 2 is the sectional structure schematic diagram of the present invention;
Fig. 3 is the partial enlargement structural representation of A-A ' in the present invention.
In figure: 1 is main body, 2 is the first adsorbent equipment, and 3 is the second adsorbent equipment, and 4 is absorption tip, 5 is the first adsorbing bar, and 6 is solenoid, and 7 is the second adsorbing bar, and 8 is the first rubber blanket, 9 is the second rubber blanket, and 10 is absorption power supply, and 11 is absorption on and off switch, and 12 is the second scrap collection groove.
Detailed description of the invention
Below by specific embodiment, technical scheme is further described.
As shown in Figures 1 to 3, in figure: 1 is main body, 2 is the first adsorbent equipment, 3 is the second adsorbent equipment, 4 is absorption tip, and 5 is the first adsorbing bar, and 6 is solenoid, 7 is the second adsorbing bar, 8 is the first rubber blanket, and 9 is the second rubber blanket, and 10 is absorption power supply, 11 is absorption on and off switch, and 12 is the second scrap collection groove.
Embodiment 1
The deep hole of external absorptive collection groove processes equipment, including main body, first adsorbent equipment and the second adsorbent equipment, first adsorbent equipment and the second adsorbent equipment are arranged on main body two ends, first adsorbent equipment includes the first adsorbing bar and absorption tip, absorption tip is arranged on first adsorbing bar one end, the first adsorbing bar other end is connected with main body, the first scrap collection groove it is evenly arranged with outside first adsorbing bar, the helical angle of the first scrap collection groove is 45 ��, the degree of depth of the first scrap collection groove is the 1/2 of the first adsorbing bar radius, it is provided with solenoid in first adsorbing bar, in first adsorbing bar, the quantity of solenoid is four, solenoid in first adsorbing bar laterally be arranged in parallel between two along the first adsorbing bar, second adsorbent equipment includes the second adsorbing bar, second adsorbing bar one end is connected with main body, the second scrap collection groove it is evenly arranged with outside second adsorbing bar, the helical angle of the second scrap collection groove is 30 ��, the degree of depth of the second scrap collection groove is the 1/3 of the second adsorbing bar radius, it is provided with solenoid in second adsorbing bar, in second adsorbing bar, the quantity of solenoid is two, solenoid in second adsorbing bar is along the second horizontally-parallel setting of adsorbing bar, first adsorbing bar and main body connecting place are provided with the first rubber blanket, second adsorbing bar and main body connecting place are provided with the second rubber blanket, the quantity of the first rubber blanket and the second rubber blanket is two, it is evenly arranged with anti-slip veins inside first rubber blanket and the second rubber blanket, absorption power supply it is provided with in main body, main body arranged outside has absorption on and off switch, absorption on and off switch one end is connected with absorption power supply, solenoid in first adsorbing bar and the second adsorbing bar is all connected with the other end of absorption on and off switch.
The length of the second adsorbing bar is the 1/2 of the first adsorbing bar length.
The diameter of the second adsorbing bar is the 2/3 of the first adsorbing bar diameter.
In the present embodiment, produce after utilizing solenoid energising magnetic sucking-off deep hole in iron filings, greatly reduce the labor intensity of workman, improve work efficiency, this apparatus structure is simple, easy to use simultaneously, economical and efficient; Main body two ends are provided with the adsorbing bar of different-diameter different length so that this device is adapted to the cleaning work of the deep iron filings inside holes of different pore size and different depth; Solenoid it is provided with, it is possible to control absorption and the cleaning of iron filings well in adsorbing bar; Being provided with absorption power supply in apparatus main body, main body arranged outside has absorption on and off switch, by adsorbing the open and close of on and off switch, controls absorption and the cleaning of iron filings.
Embodiment 2
The deep hole of external absorptive collection groove processes equipment, including main body, first adsorbent equipment and the second adsorbent equipment, first adsorbent equipment and the second adsorbent equipment are arranged on main body two ends, first adsorbent equipment includes the first adsorbing bar and absorption tip, absorption tip is arranged on first adsorbing bar one end, the first adsorbing bar other end is connected with main body, the first scrap collection groove it is evenly arranged with outside first adsorbing bar, the helical angle of the first scrap collection groove is 45 ��, the degree of depth of the first scrap collection groove is the 1/2 of the first adsorbing bar radius, it is provided with solenoid in first adsorbing bar, in first adsorbing bar, the quantity of solenoid is four, solenoid in first adsorbing bar laterally be arranged in parallel between two along the first adsorbing bar, second adsorbent equipment includes the second adsorbing bar, second adsorbing bar one end is connected with main body, the second scrap collection groove it is evenly arranged with outside second adsorbing bar, the helical angle of the second scrap collection groove is 30 ��, the degree of depth of the second scrap collection groove is the 1/3 of the second adsorbing bar radius, it is provided with solenoid in second adsorbing bar, in second adsorbing bar, the quantity of solenoid is two, solenoid in second adsorbing bar is along the second horizontally-parallel setting of adsorbing bar, first adsorbing bar and main body connecting place are provided with the first rubber blanket, second adsorbing bar and main body connecting place are provided with the second rubber blanket, the quantity of the first rubber blanket and the second rubber blanket is two, it is evenly arranged with anti-slip veins inside first rubber blanket and the second rubber blanket, absorption power supply it is provided with in main body, main body arranged outside has absorption on and off switch, absorption on and off switch one end is connected with absorption power supply, solenoid in first adsorbing bar and the second adsorbing bar is all connected with the other end of absorption on and off switch.
The length of the second adsorbing bar is equal to the length of the first adsorbing bar.
The diameter of the second adsorbing bar is the 3/4 of the first adsorbing bar diameter.
Embodiment 3
The deep hole of external absorptive collection groove processes equipment, including main body, first adsorbent equipment and the second adsorbent equipment, first adsorbent equipment and the second adsorbent equipment are arranged on main body two ends, first adsorbent equipment includes the first adsorbing bar and absorption tip, absorption tip is arranged on first adsorbing bar one end, the first adsorbing bar other end is connected with main body, the first scrap collection groove it is evenly arranged with outside first adsorbing bar, the helical angle of the first scrap collection groove is 45 ��, the degree of depth of the first scrap collection groove is the 1/2 of the first adsorbing bar radius, it is provided with solenoid in first adsorbing bar, in first adsorbing bar, the quantity of solenoid is four, solenoid in first adsorbing bar laterally be arranged in parallel between two along the first adsorbing bar, second adsorbent equipment includes the second adsorbing bar, second adsorbing bar one end is connected with main body, the second scrap collection groove it is evenly arranged with outside second adsorbing bar, the helical angle of the second scrap collection groove is 30 ��, the degree of depth of the second scrap collection groove is the 1/3 of the second adsorbing bar radius, it is provided with solenoid in second adsorbing bar, in second adsorbing bar, the quantity of solenoid is two, solenoid in second adsorbing bar is along the second horizontally-parallel setting of adsorbing bar, first adsorbing bar and main body connecting place are provided with the first rubber blanket, second adsorbing bar and main body connecting place are provided with the second rubber blanket, the quantity of the first rubber blanket and the second rubber blanket is two, it is evenly arranged with anti-slip veins inside first rubber blanket and the second rubber blanket, absorption power supply it is provided with in main body, main body arranged outside has absorption on and off switch, absorption on and off switch one end is connected with absorption power supply, solenoid in first adsorbing bar and the second adsorbing bar is all connected with the other end of absorption on and off switch.
The length of the second adsorbing bar is the 2/3 of the first adsorbing bar length.
The diameter of the second adsorbing bar is the 1/2 of the first adsorbing bar diameter.
Above the present invention is described in detail, but described content has been only presently preferred embodiments of the present invention, it is impossible to be considered the practical range for limiting the present invention. All equalizations made according to the present patent application scope change and improvement etc., all should still belong within the patent covering scope of the present invention.
Claims (3)
1. the deep hole of external absorptive collection groove processes equipment, it is characterized in that: include main body, first adsorbent equipment and the second adsorbent equipment, described first adsorbent equipment and described second adsorbent equipment are arranged on described main body two ends, described first adsorbent equipment includes the first adsorbing bar and absorption tip, described absorption tip is arranged on described first adsorbing bar one end, the described first adsorbing bar other end is connected with described main body, the first scrap collection groove it is evenly arranged with outside described first adsorbing bar, the helical angle of described first scrap collection groove is 45 ��, the degree of depth of described first scrap collection groove is the 1/2 of described first adsorbing bar radius, it is provided with solenoid in described first adsorbing bar, the quantity of the described solenoid in described first adsorbing bar is four, described solenoid in described first adsorbing bar laterally be arranged in parallel between two along described first adsorbing bar, described second adsorbent equipment includes the second adsorbing bar, described second adsorbing bar one end is connected with described main body, the second scrap collection groove it is evenly arranged with outside described second adsorbing bar, the helical angle of described second scrap collection groove is 30 ��, the degree of depth of described second scrap collection groove is the 1/3 of described second adsorbing bar radius, it is provided with described solenoid in described second adsorbing bar, the quantity of the described solenoid in described second adsorbing bar is two, described solenoid is along the described second horizontally-parallel setting of adsorbing bar, described first adsorbing bar and described main body connecting place are provided with the first rubber blanket, described second adsorbing bar and described main body connecting place are provided with the second rubber blanket, the quantity of described first rubber blanket and described second rubber blanket is two, it is evenly arranged with anti-slip veins inside described first rubber blanket and described second rubber blanket, absorption power supply it is provided with in described main body, described main body arranged outside has absorption on and off switch, described absorption on and off switch one end is connected with described absorption power supply, described solenoid in described first adsorbing bar and described second adsorbing bar is all connected with the other end of described absorption on and off switch.
2. the deep hole of external absorptive collection groove according to claim 1 processes equipment, it is characterised in that: the length of described second adsorbing bar is the 1/2-1 of described first adsorbing bar length.
3. the deep hole of external absorptive collection groove according to claim 1 processes equipment, it is characterised in that: the diameter of described second adsorbing bar is the 1/2-3/4 of described first adsorbing bar diameter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410620512.8A CN105618821A (en) | 2014-11-06 | 2014-11-06 | Deep hole processing equipment with external adsorbing and collecting slot |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410620512.8A CN105618821A (en) | 2014-11-06 | 2014-11-06 | Deep hole processing equipment with external adsorbing and collecting slot |
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| Publication Number | Publication Date |
|---|---|
| CN105618821A true CN105618821A (en) | 2016-06-01 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410620512.8A Pending CN105618821A (en) | 2014-11-06 | 2014-11-06 | Deep hole processing equipment with external adsorbing and collecting slot |
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| CN (1) | CN105618821A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113405846A (en) * | 2021-06-10 | 2021-09-17 | 湖南宇环精密制造有限公司 | Sampling drill bit and sampling method thereof |
-
2014
- 2014-11-06 CN CN201410620512.8A patent/CN105618821A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113405846A (en) * | 2021-06-10 | 2021-09-17 | 湖南宇环精密制造有限公司 | Sampling drill bit and sampling method thereof |
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Application publication date: 20160601 |